Choosing the right battery voltage is critical for heated clothing performance and safety. This article compares 7.4V and 12V battery systems, explaining how voltage influences heating efficiency, runtime, comfort, and garment design. Written from an engineering perspective, it helps brands and OEMs make informed battery decisions for different heated apparel applications.
Battery performance plays a critical role in how heated apparel actually feels and functions in real use. This article explains how battery technology—beyond voltage and capacity—affects heating stability, runtime consistency, safety, and user comfort. Written from an engineering perspective, it helps brands and OEMs understand why battery design choices directly shape heated apparel performance.
Lithium-ion and lithium-polymer batteries are both used in heated clothing, but they deliver very different real-world results. This article compares the two battery chemistries from an engineering perspective, explaining how they affect heating stability, safety, form factor, and garment design. It helps OEMs and brands choose the right battery chemistry for different heated apparel applications.
